Advanced H2S treatment & automation systems

Chemistries and processes beyond boundaries

Patented, non-triazine chemistry for hydrogen sulphide and CO₂ in oil, gas and three-phase streams — dosed low, applied inline, monitored remotely across the MENA region.

Get a free LOE reduction analysis See the chemistry ↓

H2S in streamCase study · terminal

—PPM

SOUR

75,000BBL / day terminal

20–40:1Molar ratio

$0.35Per bbl, all-in

Endpoints are the published case-study figures — 9,000 ppm at inlet, treated to below 100 ppm. The transition between them is an animation, not a measurement.

Hear it from the Apollo team

▶ Apollo Petroleum MENAFree LOE reduction

Who we are

A research & development company — nothing off the shelf

Apollo Petro is a research and development company that is always striving for continual improvement in our chemistry. Apollo has a state-of-the-art private lab that allows our research scientists to develop and test chemical advancements. Apollo does not offer any off the shelf products that are re-labeled. Apollo currently has twenty-four domestic patents, twenty-three international patents, along with fifty-eight international patents pending. The company also has five more patents in the pending stage.

Apollo sources and blends all its patented and proprietary chemistry in house. Apollo's chemistry is ground-breaking in the scavenging world in that they have between 20:1 and 40:1 molar ratio when dealing with H2S or CO2. Most other scavengers are 2:1 or best-case scenario 3:1 — that is why Apollo's suite of chemistry utilizes low dosage rates which in turn offers the best pricing per bbl. treated and allows for treatment of highly contaminated oil.

Inline static mixer used to apply the treatment

Inline static mixerFrom the source site

VAP-X chemistry in totes at a treated site

VAP-X on siteFrom the source site

9,000 ppmH2S at wellhead · case study

2:1 – 3:1Typical scavenger molar ratio

20:1 – 40:1Apollo molar ratio

24 · 23Domestic · international patents

58 · 5International · domestic patents pending

In-housePrivate R&D lab

The same instrument, in your hands

Drag the treatment through the stream

The gauge from the top of this page, made interactive. Drag the bargraph — or use the arrow keys — to move the stream between the two published endpoints.

H2S in stream · interactiveDrag or use ← →

—PPM

SOUR

75,000BBL / day terminal

20–40:1Molar ratio

$0.35Per bbl, all-in

Illustration. The in-between values are interpolated for the interaction and are not measured data. Only the endpoints are real: 9,000 ppm treated to below 100 ppm, at under $0.35/bbl, across a 75,000 BBL/day terminal.

Our products

Chemistry, matched to the phase

Every formulation patented or patent-pending, blended in-house, non-triazine.

01 · Oil

APCOTANE

Formulated to mitigate H2S with minimal dosage

Learn more 02 · Oil + water

VAP-X Oil Blend

Formulated to greatly reduce H2S and CO2 in an oil stream with excess water

Learn more 03 · Gas

VAP-X Gas Blend

Formulated to greatly reduce H2S and CO2 in a gas stream

Learn more 04 · Three-phase

VAP-X 3 Phase

Formulated to greatly reduce H2S and CO2 in an oil, water, and gas system

Learn more

05 · Mercaptan Mercaptan — MercapX™ Advanced chemistry for H₂S & mercaptan removal Learn more

Our processes

Two applications, engineered end to end

Process · Gas streams

The Tergeo Process

Formulated to significantly reduce/eliminate the levels of H2S and CO2 present in gas streams

Skid 8′ × 16′Flow 1–5 MMCFPressure <250–2000 PSI Learn more Process · Oil streams

The Trident Process

Formulated to significantly eliminate the levels of H2S and TAN present in oil streams

Targets H2S + TANBase Non-triazineSG 1.2 Learn more

Apollo Control Automation

Be in control even when you're not on location

Remote monitoring and intelligent dosing across every treated site — full or partial automation, to suit the operation.

Monitor chemical levels
Monitor H2S mitigation
Intelligent dosing against live readings

Explore the platform

Demo panelChem level 62% H2S out <100 ppmDosing Auto

Case studies

See how Apollo's treatment systems perform in the field

From high-volume terminals to remote well sites — real results, including reduced H₂S levels, improved operational efficiency, and significant cost savings across a range of environments and applications.

H2S mitigation to 100 PPM for 75,000 BBL day terminal

Apollo helped a midstream terminal reduce H₂S from 9,000 ppm to below 100 ppm across 75,000 BBL/day using automated Vap-X™ treatment — cutting costs to under $0.35/bbl and eliminating manual intervention.